KR102344159B1 - Physical function test method - Google Patents

Abstract

The present invention relates to a physical function test method capable of performing comprehensive ability analysis on a subject by simultaneously performing physical exercise ability, psychological and intelligence tests. Specifically, a method for testing physical function, comprising: a command recognizing step (S1000) in which a subject receives a command in a first space;, after the command recognizing step, an execution step (S2000) in which the subject physically acts according to the command; After the performing step, the action data transmitting step of transmitting the result to the server (S3000); After the transmitting step, the analysis step of analyzing the action data by the server (S4000); consists of a configuration including.

Description

Physical function test method

The present invention relates to a physical function test method capable of performing comprehensive ability analysis on a subject by simultaneously performing physical exercise ability, psychological and intelligence tests.

Patent Invention 001 discloses a blood circulation problem by non-invasively measuring at least one major cardiopulmonary function parameter of an individual, such as stroke volume, and at least one parameter characterizing the balance of extracellular fluid in the body (such as index balance) and/or to methods and systems for diagnosing disorders of cardiac function. Specifically, the method for measuring the main cardiopulmonary function parameters includes the steps of attaching at least two electrodes to an individual's body in order to obtain a whole-body electrical bio-impedance measurement value, passing an alternating current of a stable and constant amplitude through the electrodes; Measuring the total bio-impedance as a result of the current flow, simultaneously separating the active component from the total bio-impedance, calculating individual cardiopulmonary function parameters from the obtained active component, using an empirical formula applicable to the total bio-impedance measurement includes This calculation suggests obtaining the values of multiple parameters for multiple cycles of cardiac activity during the respiratory cycle and calculating the average value of the cardiorespiratory parameters during one respiratory cycle.

Patent invention 002 relates to a method for sensing body function data of a living organism and an apparatus for implementing the method. Specifically, for living things, it is to enable adjustment of body values that are painless, simple to handle, and arbitrarily and frequently practicable. This determines the effects of the natural and artificial electrical, electrochemical and electromagnetic fields present and the changes resulting therefrom. Electrodes operating alternately as sensors and actuators are proposed to sense values and transmit them to a rear end connected and appropriately positioned data sensing device.

Patent Invention 003 discloses a multifunctional/customized body condition measurement device. The device according to various embodiments of the patent invention 003 relates to a multifunctional/customized body condition measuring device. Specifically, a weight measurement module that detects the user's weight and generates the user's weight information; a body temperature measurement module for measuring the user's body temperature and generating body temperature information of the user; a height measurement module for generating height information of the user by measuring the height of the user; a face recognition module for recognizing the user's face and confirming whether it is a pre-registered user; a communication module for connecting the body state measuring device to at least one external device; and a control unit that outputs at least one of weight information, body temperature information, and height information of the user authenticated by the face recognition module or transmits it to the external device through the communication module.

Patent invention 004 is directed to a method, systems, computer-readable media and apparatus for obtaining at least one bodily function measurement. Specifically, the mobile device includes an outer body that is sized to be portable to a user, a processor contained within the outer body, and a plurality of sensors physically coupled to the outer body. The sensors are configured to obtain a first measurement indicative of blood volume and a second measurement indicative of heart electrical activity in response to the user activity. The blood pressure measurement is determined based on the first measurement and the second measurement. Sensors also present electrodes, wherein a portion of the user's body positioned between the electrodes completes circuitry and measurement for providing at least one measurement of an impedance associated with the user's body.

(Patent Invention 001) KR 1997-0000188 A (published on January 21, 1997) (Patent Invention 002) KR 2003-0092058 A (published on December 03, 2003) (Patent Invention 003) KR 10-2017-0059347 A (Published on May 30, 2017) (Patent Invention 004) KR 10-2016-0075584 A (Published on June 29, 2016)

The present invention relates to a physical function test method capable of performing comprehensive ability analysis on a subject by simultaneously performing physical exercise ability, psychological and intelligence tests.

The present invention relates to a method for testing physical functions, and specifically, a command recognition step (S1000) in which the subject 10 receives a command in the first space 100;, after the command recognition step, the subject ( 10) performing a physical action step (S2000); After the performing step, the action data transmitting step of transmitting the result to the server (S3000); After the transmitting step, the analysis step of analyzing the action data by the server (S4000); consists of a configuration including.

The present invention relates to a method for testing a body function, and in the steps presented above, after the analysis step, a guide step (S5000) of guiding the subject 10 to the second space 200; and a re-inspection step (S6000) of sequentially re-performing the command recognition step, the execution step, the transmission step, and the analysis step in the second space 200 after the guiding step.

The present invention relates to a method for testing a body function, and in the steps presented above, before the command recognition step, an initial input step (S700) in which the subject 10 inputs first basic data of body information; Among the initial input steps, an initial measurement step (S800) of inputting the second basic data secured by body measurement by a sensor is included.

The present invention relates to a method for testing a body function, and in the steps presented above, before the command recognition step, the test subject 10 wears a mobile device 400 having a plurality of sensors built-in (S900); includes

The present invention relates to a method for testing a body function, and in the steps presented above, the performing step includes an exercise performing step (S2200) of riding or operating the exercise analysis equipment.

The present invention relates to a body function test method, and in the steps presented above, the analysis step includes a storage step of storing the action data (S4100); a comparison step of comparing the action data with standard data (S4200); includes

The physical function test method of the present invention has an effect similar to that in an actual situation by using a display and a speaker formed inside the experimental space.

The physical function test method of the present invention enables communication between a subject and an experimenter through a communication unit.

The body function test method of the present invention transmits and analyzes the body reaction of the experimenter to the server, so that a command suitable for the individual ability level of the subject can be executed.

The physical function test method of the present invention enables a comprehensive judgment on a subject by simultaneously performing psychological and intellectual tests in addition to physical exercise ability.

The body function test method of the present invention can perform various experiments using a limited space by changing the image reproduced on the display.

The physical function test method of the present invention can be used for various purposes, such as an aptitude test, new employee training, and physical development evaluation using data analyzed and compared to the test subject's performance results.

1 is a flowchart of a body function test method of the present invention.
Figure 2 is a perspective view of the experimental space of the present invention.
3 is a cross-sectional view of the sensor and server of the present invention.
Figure 4 is an exploded perspective view of the experimental space of the present invention.
Figure 5 is a perspective view of wearing the mobile device of the present invention.

Hereinafter, the most preferred embodiment of the present invention will be described in detail in order to explain in detail enough that a person of ordinary skill in the art to which the present invention pertains can easily carry out the present invention.

The numbers cited in the examples below are not limited only to the objects of reference, and may be applied to all examples. An object that exhibits the same purpose and effect as the configuration presented in the embodiment corresponds to an equivalent replacement object. The higher-level concept presented in the examples includes sub-concept objects that are not described.

[Embodiment 1-1] The present invention relates to a method for testing physical functions, and a command recognition step (S1000) in which the subject 10, 10 receives a command in the first space 100;, after the command recognition step , performing a physical action of the subject 10 according to the command (S2000); After the performing step, the action data transmitting step of transmitting the result to the server (S3000); After the transmitting step, the analysis step of analyzing the action data by the server (S4000); consists of a configuration including.

The present invention can examine the overall physical and mental functions of the subject 10 . In order to implement this, a display 320, which will be described later, full of vitality, is formed on the six surfaces of the space used for the experiment, and various images are reproduced to the test subject 10 . In addition, by installing a speaker to implement an environment similar to the real situation, to repeat the recognition and execution of commands visually and acoustically, the subject 10's ability to cope with the situation is judged, and the subject 10's interest is aroused for a more active experiment participation can be encouraged. When the subjects 10 are students, by evaluating the physical development of the subjects 10, developmental characteristics according to country, age, gender, etc. can be identified and used as an index. In addition, by changing the image and effects reproduced on the display 320, it can be applied to various various tests by utilizing a limited space. In order to achieve the purpose presented above, in the command recognition step, the subject 10 moves through a plurality of spaces formed into rooms, and recognizes and performs various commands in each space. After the performing step, the command execution ability and situation response response of the subject 10 are immediately transmitted to the server, and the server analyzes the subject 10's intelligence, physical ability, emotional change, etc. based on the experimental results. Then, based on the analysis result, the psychology, physical strength, and disposition of the subject 10 are identified, which can be used for job suitability evaluation, aptitude test, and the like.

[Example 2-1] The present invention relates to a method for testing a body function, and in Example 1-1, a guide step of guiding the subject 10 to the second space 200, 200 after the analysis step (S5000); After the guiding step, a re-inspection step (S6000) of sequentially re-performing the command recognition step, the execution step, the transmission step, and the analysis step in the second space 200 , 200 .

The present invention relates to the guide step and the re-inspection step, and specifically, guides the movement of the subject 10 after the analysis step and re-tests the physical function of the subject 10 in the second space 200 . In order to improve the accuracy of analyzing the physical state of the subject 10, the subject 10 moves through a plurality of spaces and executes separate commands, and analyzes the experimental results by synthesizing the respective execution results. To implement this, the subject 10 must move to the second space 200 after the analysis step of Example 1-1. To this end, the movement of the subject 10 is induced through voice, light, and lighting. After the guiding step, a second inspection is performed in the second space 200, and the inspection method sequentially performs the command recognition step, the execution step, and the transmission step again. Therefore, it is possible to determine the final physical ability by synthesizing the test result in the first space 100 and the test result in the second space 200 .

[Example 2-2] The present invention relates to a method for testing a body function, and in any one selected from Examples 1-1 to 2-1, during the performing step, the test is performed by manipulation of the subject 10 It includes an emergency stop step (S2100) to stop the.

The present invention relates to an emergency stop step, wherein the emergency stop step stops the test according to the operation of the test subject 10 when an emergency situation occurs. The test subject 10 performs commands in various environments. Specifically, there are effects such as being submerged in water, falling from the air, and being surrounded by fire. In the case of the effect of being submerged in water, the image of the sea is reproduced on the display 320 . In the case of the effect of falling from the air, an image of falling from the air is reproduced on the display 320 on the floor surface of the experimental space. As for the effect of being surrounded by fire, there are effects such as fire images, sounds from the fire site, and temperature rise in the experimental space. When the command is executed under the emergency situation, there is a fear that an emergency situation may occur depending on the experiment immersion level of the test subject 10 .

When the subject 10 complains of trauma such as phobia of heights or claustrophobia, an emergency stop step is included so that the experiment can be stopped immediately. In the emergency stop step of the present invention, the experiment can be stopped through direct manipulation of the test subject 10 . In addition, when the subject 10 complains of extreme trauma and it is determined that the active manipulation of the subject 10 is impossible, it is possible to stop it even by the experimenter.

[Embodiment 2-3] The present invention relates to a method for examining a body function, and in any one selected from Embodiments 1-1 to 2-1, the second space 200 is selected from among a plurality of spaces. What is formed into a single space; includes.

[Embodiment 2-4] The present invention relates to a method for testing a body function, and in Embodiment 2-3, a gate 310 is formed between the first space 100 and the second space 200 includes ;

[Embodiment 2-5] The present invention relates to a body function test method. In Embodiment 2-4, the gate 310 is selectively openable and openable according to the result of the analysis step; includes.

The experimental space is formed in a form in which a wide chamber is divided into zones using a plurality of partition plates 300 . The first space 100 and the second space 200 are formed by attaching a partition plate 300 therebetween. The subject 10 moves to each space to perform the experiment, and the partition plate 300 dividing the space is formed as a display 320 module. A groove formed between the display 320 modules opens and closes, and a gate 310 is formed. Accordingly, the subject 10 can move between spaces through the gate 310 . The experimental data of the subject 10 is analyzed when the experiment is finished, and whether the next experiment is performed is determined according to the result of the analysis step. Accordingly, the type of the next experiment is determined according to the physical ability analysis result of the subject 10 , and the gate 310 is selectively opened and closed according to the next experiment. Therefore, the subject 10 moves inside the space divided by the partition plate 300 formed of the display 320 module in front of the subject 10 to perform the experiment, and the sequence of the experiment is opened and closed according to the physical condition of the subject 10 It is determined by the gate 310 .

[Embodiment 2-6] The present invention relates to a body function test method. In Embodiment 2-5, the gate 310 determines the situation of the subject 10 through the motion analysis camera 330 and opens and closes to be; includes

The motion analysis of the subject 10 is performed through the camera 330 . To implement this, a camera 330 is formed on the upper part of the wall surface of each partition plate 300, and the subject 10's walking shape, running shape, reaction speed, etc. can be derived

[Embodiment 3-1] The present invention relates to a method for testing a body function, and in any one of Examples 1-1 to 2-1, before the command recognition step, the subject 10 an initial input step of inputting first basic data (S700); Among the initial input steps, an initial measurement step (S800) of inputting the second basic data secured by body measurement by a sensor is included.

The present invention relates to the initial input step and the initial measurement step, and specifically, to secure the first basic data directly input by the subject 10 and the second basic data measured by the sensor. In the initial input step and the initial measurement step, the subject 10 inputs the first basic data and the second basic data before the command recognition step, and the command execution ability of the subject 10 is evaluated in consideration of the data. The initial input step is a step of inputting first basic data. The first basic data includes body items that cannot be measured by a sensor. Specifically, age, gender, alcohol consumption, smoking amount, and frequency of exercise in real life are included. The initial measurement step is a step of inputting second basic data. The second basic data includes body items that can be measured by a sensor. Specifically, height, weight, body fat, blood pressure, electrocardiogram, and the like are included. Therefore, it is to measure accurate information about the physical ability of the subject 10 .

[Example 3-2] The present invention relates to a method for testing a body function, and in Example 3-1, after the initial input step and/or the initial measurement step, the first basic data and the second basic data are analyzed. Basic analysis step (S1300); After the basic analysis step, a command selection step (S1400) of selecting a command from a plurality of commands by the server; and, after the command selection step, a receiving step (S1500) in which the subject 10 receives the command by the display 320;

The present invention includes a basic analysis step of analyzing the first basic data directly input by the subject 10 and the second basic data measured by the sensor of the experimental equipment. The command transmitted to the subject 10 is selected based on the physical characteristics of the subject 10 analyzed in the basic analysis step. This is to perform an action suitable for each subject 10 . After the command selection step, a receiving step in which the subject 10 receives the command is included. In the receiving step, a command is transmitted to the subject 10 through a wireless or wired system, and is instructed through a display 320 and a speaker installed in the experimental space.

[Embodiment 3-3] The present invention relates to a body function test method, and in Embodiment 3-1, the display 320 is installed in the first space 100 and/or the second space 200, Including; receiving data from the server and wired and wirelessly.

[Embodiment 3-4] The present invention relates to a body function test method. In Embodiment 3-1, the display 320 is formed of glass.

[Embodiment 3-5] The present invention relates to a body function test method, and in Embodiment 3-3, the display 320 is formed on the entire or part of the interior surface of the space; includes.

The present invention relates to a system in which a command is transmitted to a subject 10, and the command is indicated by a display 320 connected via a wire. The display 320 is preferably formed of a glass material. As another embodiment, a 3d hologram or VR program may be used. The display 320 is formed on all or part of the inner surface of the space to transmit commands to the test subject 10 and to create an experimental environment.

[Example 3-6] The present invention relates to a method for testing physical functions, and in Example 3-1, the first basic data is formed by age, eating habits, smoking amount, drinking amount, occupation type, etc.; include

[Example 3-7] The present invention relates to a body function test method, and in Example 3-1, the second basic data is formed of height, weight, body fat, etc.; includes.

The first basic data corresponds to elements that are not measured by a sensor among indices for determining the physical ability of the subject 10 . Specifically, age, eating habits, smoking amount, drinking amount, gender, frequency of exercise in real life, occupation type, etc. are included. The second basic data corresponds to elements measured by a sensor among indicators for determining the physical ability of the subject 10 . The second basic data includes body items that can be measured by a sensor. Specifically, height, weight, body fat, blood pressure, electrocardiogram, and the like are included. The second basic data can be measured with a camera 330, a load cell 340, and a height measuring device 350 mounted on the wall of the experiment space.

[Embodiment 4-1] The present invention relates to a method for testing a body function, and in any one of Embodiments 1-1 to 2-1, before the command recognition step, the subject 10 uses a plurality of sensors It includes; a wearing step (S900) of wearing the built-in mobile equipment 400.

The present invention relates to a wearing step in which the subject 10 wears the mobile device 400 having a plurality of sensors built-in before recognizing and performing the command. Specifically, the mobile device 400 includes a sensor built-in clothing 410, a sensor built-in band 420, a sensor built-in goggles 430, a sensor built-in hat 440, a sensor built-in glove 450, and a sensor built-in mask 460. Such sensors include sensors that the subject 10 directly wears on the body. As another embodiment, a foot pressure sensor and a ground sensor that do not come into contact with the body of the subject 10 and detect and measure movement are provided. This can be directly worn on the body to detect the movement of the subject 10 more precisely, and it is possible to grasp the movement of the subject 10 .

[Embodiment 4-2] The present invention relates to a body function test method, and in Embodiment 4-1, the mobile device 400 includes sensor-embedded clothing 410 in close contact with the body of the subject 10; do.

[Embodiment 4-3] The present invention relates to a body function test method, and in Embodiment 4-1, the mobile device 400 includes a sensor-embedded band 420 that is in close contact with the body of the subject 10; do.

Examples 4-2 and 4-3 present a plurality of sensors embedded in the medical and band. The sensor is a heart rate sensor for detecting a heartbeat is formed in the chest and / or neck portion. As another sensor, a body temperature sensor may be formed. The body temperature sensor may be formed at a location spaced apart from the heart rate sensor by a predetermined distance. As another sensor, a joint sensor may be built-in. This is to detect body movement. The heart rate sensor, body temperature sensor, and joint sensor mentioned above are for checking the physical condition of the subject 10 in real time. These sensors may be embedded in clothing in close contact with the body, or may be embedded in a band form and act on the body.

[Embodiment 4-4] The present invention relates to a method for testing a physical function, and in Embodiment 4-1, the mobile device 400 includes a sensor-built goggles 430 covering the eyes of the subject 10; .

[Embodiment 4-5] The present invention relates to a method for testing physical functions, and in Embodiment 4-1, the mobile device 400 includes a sensor-embedded hat 440 worn on the head of the subject 10; do.

The present invention relates to goggles or a hat having a built-in sensor such as a camera earphone, and is for information communication between the test subject 10 and the server and to understand the state of the test subject 10 . To this end, the goggles worn on the head must cover the eyes, and the hat must cover the head. The goggles or hat includes a first camera for recognizing the eye movement and iris of the subject 10, a second camera for grasping the gaze of the subject 10 from the outside, a microphone and earphone (speaker) for communicating with the outside, and built-in form the screen. The sensor-embedded goggles 430 and the hat can exchange information with the outside only when the user is wearing them, in order to easily grasp the information of the subject 10 in the experimental state. The goggles and the hat of this embodiment are replaceable with a helmet, and can be additionally mounted on ordinary glasses. Also, contact lenses can play a role in place of goggles. In addition, the sensor built-in cap 440 can measure the brain wave of the subject 10 because it is in contact with the head.

[Embodiment 4-6] The present invention relates to a method for testing physical functions, and in Embodiment 4-1, the mobile device 400 includes a glove 450 with a built-in sensor worn on the head of the subject 10; do.

The present invention relates to a glove mounted on the hand of the subject 10 and having a built-in pulse measuring sensor and the like. This is for the subject 10 to input a target as an action. It is also intended to provide additional information. To achieve this purpose, the glove has a position sensor embedded in each finger, and another sensor is embedded inside the glove. Each sensor detects finger movement. Accordingly, it is possible to present an object indicated by the test subject 10 as an action. In addition, a pulse sensor is embedded in the wrist of the glove, so that the pulse of the subject 10 can be checked in real time. In addition, one or a plurality of buttons are positioned on the back of the glove's hand, in order to present additional information while the subject 10 is acting.

[Embodiment 4-7] The present invention relates to a body function test method, and in Embodiment 4-1, the mobile device 400 includes a sensor-built mask 460 covering the nose and mouth of the subject 10; include

The present invention relates to a sensor-embedded mask 460 that is mounted on the face of the subject 10 and has a respiration volume measurement sensor and the like. The sensor-embedded mask 460 covers the external respirator of the subject 10, and is for measuring the amount of respiration generated as the subject 10 performs physical exercise. In addition, the respiration amount and respiration pattern measured by the sensor built-in mask 460 are transmitted to the outside to determine the state of the subject 10 . Accordingly, if the abnormal breathing pattern of the subject 10 continues, the experiment may be stopped at the discretion of the experimenter.

[Example 4-8] The present invention relates to a method for testing a body function, and in Example 4-1, the mobile device 400 includes a heart rate sensor, a body temperature sensor, a respiration analysis sensor, a gyroscope, a position sensor, and an EEG. A measurement unit 401 formed of one or more selected from a sensor, an electromyography sensor, and an eye movement detection sensor; a communication unit 500 formed of an earphone, a microphone, and a display 320; A transceiver unit 600 formed of an antenna; includes

The present invention is formed of various sensors and includes a measurement unit 401 that detects the physical activity of the subject 10, a communication unit 500 that transmits a command to the subject 10 and enables communication between the subject 10 and the experimenter. , the invention of the transceiver 600 for transmitting the data measured by the measurement unit 401 to the outside. The heart rate sensor is formed on the chest and/or neck of the subject 10 to detect the heartbeat. In addition, the body temperature sensor is formed at a location spaced apart from the heart rate sensor by a predetermined distance to measure the body temperature of the subject 10 in real time. In addition, the respiration analysis sensor is formed in the form of a mask covering the periphery of the external respirator of the subject 10, which measures the breathing pattern according to the change in physical activity of the subject 10. In addition, the gyroscope and the position sensor are formed in the sensor-built goggles 430 and the sensor-built cap 440 to measure the degree of rotation and movement of the subject 10 .

In addition, the EEG sensor is formed in the sensor-built goggles 430 and the hat to measure the EEG of the subject 10 to measure emotional changes and psychological state changes. In addition, the electromyography sensor is formed by dividing the joint portion of the subject 10 and various parts of the body, and the subject 10 performs a command and measures muscle movement and muscle strength according to the movement of the body. In this way, the sensors comprehensively measure the physical and emotional changes of the subject 10, and transmit the collected data through an antenna to analyze it. This allows the experimenter to analyze the state of the subject 10 in real time and transmit a corresponding response to the subject 10 to make a smooth experiment. At this time, the communication between the experimenter and the subject 10 appears as a visual and auditory effect such as an earphone, a microphone, a speaker, and the display 320 .

[Example 5-1] The present invention relates to a method for testing a body function, and in any one selected from Examples 1-1 to 2-1, the performing step is an exercise of boarding or operating the exercise analysis equipment performing step (S2200);

In the present invention, the subject 10 boards or operates the motion analysis equipment in order for the subject 10 to receive and execute a command from the experimenter. The exercise analysis equipment consists of psychoanalysis, psychological analysis, intelligence analysis, body analysis, and the like. This is to measure the process performed by the subject 10 inside the experiment space with a sensor and evaluate it in various ways. The subject 10 receives the command and performs the action and mission presented on the display 320 . At this time, a treadmill, an exercise bike, etc. are used to perform a physical command. The subject 10 directly boards the tools and operates them according to commands. The result of the performance is derived from the physical ability of the subject 10 . In addition, it is possible to derive the intelligence and psychological state of the subject 10 through various software. Therefore, it can be judged by combining the physical and mental results.

[Example 5-2] The present invention relates to a method for testing a physical function, and in Example 1-1, the performing step includes a psychometric measurement step (S2300) using the psychoanalysis equipment.

[Example 5-3] The present invention relates to a method for examining physical functions, and in Example 1-1, the performing step includes a psychological measurement performing step (S2400) using the psychological analysis equipment.

The present invention is for analyzing the mental state of the subject 10 . The psychological state of the subject 10 can be grasped through the question and answer between the subject 10 and the experimenter through the communication unit 500, and a specific situation can be identified using a screen (VR) implemented on the display 320 and sound effects. Set and observe the coping ability and coping response of the subject 10 to the above situation, and analyze the mental or psychological state of the subject 10 using the measured EEG and electrocardiogram.

[Embodiment 5-4] The present invention relates to a body function test method, and in Embodiment 1-1, the performing step includes an intelligence measurement performing step (S2500) using the intelligence analysis equipment.

The present invention is to analyze the intellectual ability of the subject (10). In order to judge the intellectual ability of the subject 10, an intelligence analysis equipment is used. In the intelligence analysis, indicators such as IQ and IQ are measured through quizzes and questions and answers, and the subject 10 answers according to the questions presented by the display 320 and earphones. Therefore, the intellectual ability of the test subject 10 is judged according to the results of the questions and answers, and the results affect the final results.

[Example 5-5] The present invention relates to a body function test method, and in Example 1-1, the exercise analysis equipment is formed of a treadmill, an exercise bike, a weight machine, etc.; includes.

The present invention relates to a motion analysis device used in executing the exercise performance step of the subject (10). It is preferable that the exercise analysis equipment uses various muscles of the body evenly, and it is possible to determine the overall physical ability by inducing movement of various parts of the body. The exercise analysis equipment specifically includes treadmills, exercise bikes, and barbells, and can be substituted with other equivalent objects. Therefore, it is possible to evaluate the physical ability while actually performing physical activity and to obtain the effect of exercise at the same time.

[Example 5-6] The present invention relates to a method for testing a physical function, and in Example 1-1, the psychoanalysis equipment includes a picture for psychological analysis, music, and the like.

The present invention relates to a psychological analysis equipment used in executing the steps of performing mental and psychological measurements of the subject (10). The psychoanalysis step proceeds in such a way that the subject 10 is assumed to be in a specific situation and then the subject 10's reaction and behavioral changes are observed. In order to implement this, the display 320 and the speaker must form a virtual reality using images, lights, and sounds. The image includes a picture for psychological analysis, so that the experimenter can analyze and grasp the psychology of the subject 10 according to the selection of the subject 10 .

[Example 5-7] The present invention relates to a body function test method, and in Example 1-1, the intelligence analysis equipment outputs an image to the monitor and intelligence test hardware including a monitor and a plurality of buttons and the monitor, Including; that is formed by intelligence test software that judges the result with a button.

The present invention relates to an intelligence test hardware that transmits information to the test subject 10 in an intelligence test of the subject 10 and transmits the selection of the subject 10 to a server. The intelligence test hardware enables communication between the test subject 10 and the server, which is formed by a monitor and a plurality of buttons. The monitor is formed of a glass display 320 to provide a lively image to the subject 10, and the subject 10 selects the information transmitted from the monitor and then selects it with a plurality of buttons. Accordingly, the server can grasp the intention of the test subject 10 through the plurality of buttons. In addition, the present invention relates to an intelligence test software that outputs an image shown to the subject 10 in the intelligence test of the subject 10 , identifies the intention transmitted from the test room, and draws a conclusion. The intelligence test software is a system built into the server, and transmits an appropriate image to the display 320 through the communication unit 500, and is a function of examining the intelligence by synthesizing the intention of the subject 10.

[Example 6-1] The present invention relates to a method for testing a body function, and in any one selected from Examples 1-1 to 2-1, the analyzing step is a storage step of storing the action data (S4100) ;, a comparison step of comparing the action data with standard data (S4200); includes.

The present invention relates to a comparison step of storing the action data performed by the subject 10 in the command step, and comparing the action data with standard data. In the storage step, after the exercise, intelligence and psychological measurement step in which the subject 10 recognizes and performs the command, the measurement data transmitted to the server is stored and derived in the form of a graph. The measured data of the subject 10 derived in the graph format is compared with standard data of people in the comparison group having similar first and second basic data. Accordingly, it is possible to determine the physical and intellectual abilities of the test subject 10 from among people with similar conditions.

[Example 6-2] The present invention relates to a method for testing a body function, and in Example 6-1, after the storage step, the execution step based on the first basic data and the second basic data of the subject 10 It includes; a difficulty selection step (S4300) for classifying the difficulty of

The present invention relates to a difficulty selection step necessary for selecting a next command as the subject 10 performs a plurality of commands. The next command of the subject 10 is determined based on the command execution data and the results of the first and second basic data in the previous step. Therefore, the test subject 10 is given a command suitable for individual performance, and can obtain more accurate test results.

[Example 6-3] The present invention relates to a method for testing a physical function, and in Example 6-1, after the comparison step, an output step (S4400) of outputting a result; includes.

[Example 6-4] The present invention relates to a physical function test method, and in Example 6-1, after the output step, a result sending step of sending the output result to the test subject 10 and the manager (S4500); includes

The present invention compares the result data of the subject 10 and the comparison group, then outputs the result, and transmits the output result to the subject 10 and the manager. It is preferable that the experimental result of the present invention is updated periodically as the age and lifestyle of the subject 10 change, and the change value of the result recognizes the change in the subject 10's health status and can take action in advance when a problem occurs. have. The output result is stored in the server and can be reissued upon request by the test subject 10 . Therefore, the test subject 10 can utilize the test results of the present invention for health care and aptitude tests.

10: test subject 100: first space
200: second space 300: partition plate
310: gate 320: display
330: camera 340: load cell
350: height measuring instrument 400: mobile equipment
401: measurement unit 410: sensor built-in clothing
420: sensor built-in band 430: sensor built-in goggles
440: sensor built-in hat 450: sensor built-in glove
460: sensor built-in mask 500: communication unit
600: transceiver
S700: Initial input stage S800: Initial measurement stage
S900: Wearing stage S1000: Command recognition stage
S1300: Basic analysis step S1400: Command selection step
S1500: Receiving step S2000: Executing step
S2100: emergency stop step S2200: exercise execution step
S2300: Psychometric measurement step S2400: Psychological measurement execution step
S2500: Intelligent measurement execution step S3000: Transmission step
S4000: analysis step S4100: storage step
S4200: comparison step S4300: difficulty selection step
S4400: output step S4500: result sending step
S5000: guide step S6000: re-inspection step

Claims (6)

In the physical function test method,
A command recognition step of allowing the subject 10 to receive a command in the first space 100 through a display or a speaker (S1000);
After the command recognition step, the performing step of analyzing the physical behavior of the subject 10 according to the command through the exercise analysis equipment (S2000);
After the performing step, an action data transmission step (S3000) in which the exercise analysis equipment transmits the performance result to the server;
After the transmission step, the server analyzes the action data analysis step (S4000);
After the analysis step, a guide step of guiding the subject 10 to the second space 200 through a display or a speaker (S5000);
After the guiding step, the server, a re-inspection step (S6000) of guiding to sequentially perform the command recognition step, the execution step, the transmission step, and the analysis step again in the second space 200;
An emergency stop step (S2100) in which the server stops the test when a test stop operation is inputted from the subject during the performing step (S2100);
The second space 200 is formed of any one space selected from among a plurality of spaces, the server selecting the second space 200 according to the result of the analysis step;
Before the command recognition step, the server includes an initial input step (S700) of receiving first basic data, which is body information of the subject (10);
During the initial input step, the server includes an initial measurement step of receiving the second basic data obtained by body measurement by a sensor (S800);
After the initial input step and the initial measurement step, the server analyzes the first basic data and the second basic data basic analysis step (S1300);
After the basic analysis step, a command selection step (S1400) of selecting a command from a plurality of commands by the server;
After the command selection step, a receiving step of allowing the subject 10 to receive the command by the display 320 (S1500); A body function test method comprising a.
delete delete The method according to claim 1,
Before the command recognition step, a wearing step (S900) of providing a mobile device 400 having a plurality of sensors embedded therein to the subject 10; a body function test method comprising a.
The method according to claim 1,
The performing step includes an exercise performing step (S2200) of providing the subject to board or operate the motion analysis equipment.
The method according to claim 1,
The analysis step is a server storing the action data (S4100);,
A comparison step (S4200) in which the server compares the action data with standard data; a body function test method comprising a.

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